Summary:
Berlin start-up offers methods for light-conducting 3D lacquers with the ability to make materials brighter and more transparent than they actually are. These lacquers show an extreme lateral reflection and transfer the property of their spacial magnification, illumination and transparency optimization to the materials. They are ideal for design-oriented applications or to illuminate materials, for colored mirrors/glass, etc. Cooperation considered is a commercial or license agreement.
Description:
Among others, new techniques of the design are presented, such as lacquer graphics with clear and opaque colors and extremely sharp color separation, or mirror silver exposure, or laser macro or micro engraving.
A Berlin-based creative start-up offers innovative methods for lacquer designs. It developed a spatial three-dimensionality and deep-optical reflection in a 3D double lacquer system. The system is based on a first lacquer in a lower and a second in a higher optical density, as a lacquer layer lens with magnification properties. This lacquer system also corresponds exactly to the gold reflection - light reflection of micro-rough gold leaf - and imitates its natural spatial and bundled scattered light as a coating with directed reflection and with optical-spatial image projection. This know-how of a novel three-dimensional surface- and material reflection, as well as knowhow for design and design management, forms the basis for all further industrial developments up to marketability.
To further develop the process, the start-up is looking for industrial partners - with support of a renowned German basic research center. The aim of the partnership is to implement a process for the design of light-conducting colored surfaces using the new light-conducting paints. The offer is suitable for partnerships with paint and glass companies or companies generally interested in reflection designs. But also a well-equipped individual company with laboratory know-how for glass and lacquers and metallization can become active in the whole range.
The start-up is also looking for follow-up cooperation with these companies. For the paint industry, the start-up can take over the further development of the paints to market maturity as a co-developer, for the glass-/design industry, taking over follow-up cooperation in design. The project can be financed by public funds or directly by industrial contracts.
Potential partners can implement the following applications with the described technology:
1.) The paint manufacturer will later be able to offer the following innovations to transfer the innovation under a commercial agreement.
● Combined metal-mirror-glass lacquers that intensify the reflection of metals or the transmission of glass with the highest color intensity
● Design and art lacquers (air-hardening) with the highest color strength, which can reflect over long distances
● Design and art lacquers also with coarse metal pigments with a distinct 3D spatial image projection
● Lacquers for macro engraving or optical laser micro engraving with spectral splitting of light on stainless steel/metallic thin films
● Lacquers for other rough, metallic or optical layers or small parts, knobs/jewelry/crystals etc.
● Car/furniture paint especially on rough silver coatings - as so-called 3D chrome paints of the next generation
2.) By using such varnishes under a license agreement, a glass company can later offer the following innovations:
● 3D color mirror, flat/also curved, as laminated safety glass - with photo-exposed or printed silver raster in float glass, whereby gold leaf, crystals, holography, etc. can also be incorporated
● 3D elements/room dividers with high translucency in float glass - additionally with photo-exposed or printed silver raster in glass, with crystals, holographic pigments and other reflective elements
● 3D laminated glass with aluminum on the back as an optical hybrid with silver as a reflective element - additionally with graphic electroplating, crystals, gold, light-conducting 3D coating
● as large-format colored daguerreotypes - photo in glass with metallic light-dark-silver pixels
● as light control/lighting modules/colored reflectors (e.g. illuminated by heliostats) for staircases, buildings, hotels, underground railways
● as laminated glass with thin marble/granite foils on the back - is transmitted by means of directed reflection (e.g. to place switching elements behind it)
Type (e.g. company, R&D institution…), field of industry and Role of Partner Sought:
In the first place the client is looking for companies from the paint industry and in the second place from the glass industry. The partners are expected to act as licensee and client of the project under license agreements. A later cooperation with both industries is also desired. Also for the paint industry the Berliner Start-Up offers a cooperation under a commercial agreement with technical assistance. It can take over the further development of the paints until they are ready for the market as a co-developer.
The partner from the paint industry should especially recognize an economic potential for highly reflective paints and at the same time paints for all kinds of reflective and design-surfaces. The project is also an opportunity for the company to build up a further innovation profile and expertise in the field of design and art.
Glass partners should see their "economic added value through design". A purely technically oriented entrepreneur might not be convinced to generate new market potential with design. In this context, the client is also looking for glass companies that recognize such visions as an opportunity and can align their plans accordingly with this offer.
Stage of Development:
Prototype available for demonstration
Comments Regarding Stage of Development:
This know-how of a novel three-dimensional surface and material reflection as well as the know-how for design and design management - also topics of modern reflection art - now form the basis for all further industrial developments just to the market readiness.
IPR Status:
Secret Know-how
External code:
TODE20200408001
